Opening Keynote: Heterogeneous Integration for AI Era
As computational demands surge, traditional monolithic chip with 2D package designs face limitations in scalability, power efficiency and thermal management. Advanced packaging techniques, including 2.5D and 3D integration, offer promising solutions by allowing heterogeneous integration. These innovations not only address power consumption and bandwidth but also provide a scalable path to meet the growing computational needs. This talk will delve into the cutting-edge advancements in packaging and chiplet technologies, emphasizing their pivotal role in enhancing AI and High-Performance Computing (HPC) applications. Additionally, we'll examine the critical aspects of thermal solutions and stress management strategies essential for maintaining performance and reliability in these dense and complex configurations. The discussion will also provide insights into future directions and the significant impact on next-generation computing systems.
Key Technologies Covered
- Energy efficiency becomes the most important performance index for AI related platforms moving forward
- Advancement in logic, memory and packaging technology plots a path of continuous density and energy efficiency scaling to meet AI-driven requirements
- STCO with 3DFabric platform, is a holistic approach to enable tomorrow’s AI with integrated technology platform